This topic provides a comprehensive listing and descriptions of the Data node settings for the combined and non-combined BCH timeslot types. The SCPI commands available for setting the BCH data are limited to the following settings:
SCH PLMN Color Code
SCH BTS Color Code
BCCH Cell Identity
BCCH Mobile Country Code
BCCH Mobile Network Code
BCCH Location Area Code
Use the following links to navigate to and view the available settings:
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Click the button to display the current BCH timeslot type channel structure: |
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Click the button to hide the structure (graph). After clicking this button, the button name changes to . |
The software sets all of the FCCH parameters, so there are no user FCCH settings.
Displays the FCCH state set by the software, which is always set to On.
Displays the tail bits set by the software, which is always 000+000.
Displays the Fixed bits of the Frequency Correction Burst set by the software.
The guard period bits are set by the software, so this cell is not editable.
Displays the SCH state set by the software, which is always set to On.
Displays the tail bits set by the software, which is always 000+000.
Choices: STD | PN9 | PN11 | PN15 | PN20 | PN23 | Custom Bit Pattern | User File
Default: STD
Set the encrypted bits by clicking on the cell. Then click the dialog box icon 
to launch the Data Setup dialog box.
Range: 0–7
Default: 0
Set the Public Land Mobile Network (PLMN) value, which is used to indicate the country where the phone is located. PLMN is also referred to as the National Country Code (NCC).
[:SOURce]:RADio:EDGE[:BBG]:SLOT0:NORMal:ENCRyption:BCH:PLMN <val>
[:SOURce]:RADio:EDGE[:BBG]:SLOT0:NORMal:ENCRyption:BCH:PLMN?
Range: 0–7
Default: 0
Set the BTS color code value. This value sets the broadcast control code (BCC) which is used to indicate what training sequence is being used by the basestation in the forward channels. If the BTS color code is 0, then TSC0 should be used in BCCH and CCCH; if BTS color code is 1, then TSC1 should be used in BCCH and CCCH. This code allows the mobile station to decode the other channels in the broadcast channel.
The software does not couple the BTS color code and TSC parameters, so it is important to verify that there is no conflict between these parameters.
[:SOURce]:RADio:EDGE[:BBG]:SLOT0:NORMal:ENCRyption:BCH:BCC <val>
[:SOURce]:RADio:EDGE[:BBG]:SLOT0:NORMal:ENCRyption:BCH:BCC?
Default: B962040F2D45761B
Set the extended training sequence bits (64-bits) by clicking on the cell. Then click the dialog box icon to launch the Data Setup dialog box.
The software sets the guard period bits per the 3GPP standards.
Displays the BCCH state set by the software, which is always set to On.
Displays the tail bits set by the software, which is always 000+000.
Choices: STD | PN9 | PN11 | PN15 | PN20 | PN23 | Custom Bit Pattern | User File
Default: STD
Set the encrypted bits by clicking on the cell. Then click the dialog box icon to launch the Data Setup dialog box.
Range: 0–65535
Default: 0
Set the cell identity, which is used to identify a cell within a location area.
[:SOURce]:RADio:EDGE[:BBG]:SLOT0:NORMal:ENCRyption:BCH:CELLid <val>
[:SOURce]:RADio:EDGE[:BBG]:SLOT0:NORMal:ENCRyption:BCH:CELLid?
Range: 0–4095
Default: 0
Enter a mobile country code (MCC) value, which is a 12-bit binary number used to represent the country where the basestation is located.
[:SOURce]:RADio:EDGE[:BBG]:SLOT0:NORMal:ENCRyption:BCH:MCC <val>
[:SOURce]:RADio:EDGE[:BBG]:SLOT0:NORMal:ENCRyption:BCH:MCC?
Range: 0–255
Default: 0
Enter a mobile network code (MNC) value, which is the individual number a network is assigned.
[:SOURce]:RADio:EDGE[:BBG]:SLOT0:NORMal:ENCRyption:BCH:MNC <val>
[:SOURce]:RADio:EDGE[:BBG]:SLOT0:NORMal:ENCRyption:BCH:MNC?
Range: 0–65535
Default: 0
Enter a value to set the he location area code (LAC). The location area code provides 16 bits to allow the
administrator to define a location.
[:SOURce]:RADio:EDGE[:BBG]:SLOT0:NORMal:ENCRyption:BCH:LAC <val>
[:SOURce]:RADio:EDGE[:BBG]:SLOT0:NORMal:ENCRyption:BCH:LAC?
Stealing Flag for BCCH. It is always 1. This setting is not editable.
Choices: TSC0 | TSC1 | TSC2 | TSC3| TSC4 | TSC5 | TSC6 | TSC7 | Custom
Default: TSC0
Set the training sequence bits by clicking on the cell. Then click the dialog box icon to launch the Data Setup dialog box. To follow the 3GPP standards, the training sequence should align with the SCH BTS Color Code.
The software does not couple the BTS color code and TSC parameters, so it is important to verify that there is no conflict between these parameters.
The software sets the guard period bits per the 3GPP standards.
Displays the CCCH state set by the software, which is always set to On.
Displays the tail bits set by the software, which is always 000+000.
Choices: PN9 | PN11 | PN15 | PN20 | PN23 | Custom Bit Pattern | User File
Default: PN9
Set the encrypted bits by clicking on the cell. Then click the dialog box icon to launch the Data Setup dialog box.
Stealing Flag for CCCH. It is always 1. This setting is not editable.
Choices: TSC0 | TSC1 | TSC2 | TSC3| TSC4 | TSC5 | TSC6 | TSC7 | Custom
Default: TSC0
Set the training sequence bits by clicking on the cell. Then click the dialog box icon to launch the Data Setup dialog box. To follow the 3GPP standards, the training sequence should align with the SCH BTS Color Code.
The software does not couple the BTS color code and TSC parameters, so it is important to verify that there is no conflict between these parameters.
The software sets the guard period bits per the 3GPP standards.
This setting applies only to the Timeslot Type. It shows Dummy Burst as the state, which means that a dummy burst is always transmitted for the SDCCH/4.
This setting applies only to the Timeslot Type. It shows Dummy Burst as the state, which means that a dummy burst is always transmitted for the SACCH/4.
Non-Combined